Neural Network Based Rail Flaw Detection Using Unprocessed ...
External Environment: government, universities, NGOs, consumers, etc. Distribution Channels &...
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External Environment: government, universities, NGOs, consumers, etc. Distribution Channels & Geographic Markets Nanoscale Structures in Unprocessed Form Intermediate Products with Nanoscale Features Finished Goods Incorporating Nanomaterials Market Channels Nano-Enabled Products Nanotools: Supporting Technologies & Industries Capital equipment & software used to visualize, manipulate, & model at the nanoscale Carbon Nanotubes Quantum Dots Nano Materials Nano Intermediates Coatings Cell phones Fullerenes Metal Nanoparticles Sensors Composites Electronics & IT Materials & Mfg. Nano-Enabled Products Final Product Markets Sunscreen Sporting Goods Pharmaceuticals Health & Medical Diagnostics Standards Fabrication Finance & Funding Risk & Safety Intellectual Property Research Nanoporous Dendrimers Displays Nanowires Memory Solar Cells Batteries Vehicles Modeling Inspection Energy Institutional/Contract Filtration Nanotechnology Value Chain Drug Delivery Ceramic Nanoparticle Nanostructured Metal Therapeutics Retail/Consumer Industrial Source: Frederick, Stacey (2009): Duke University, Center on Globalization, Governance, & Competitiveness (CGGC) Services
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Transcript of External Environment: government, universities, NGOs, consumers, etc. Distribution Channels &...
External Environment: government, universities, NGOs, consumers, etc.
Distribution Channels & Geographic Markets
Nanoscale Structures inUnprocessed
Form
Intermediate Products
with Nanoscale Features
Finished Goods
Incorporating Nanomaterials
Market ChannelsNano-Enabled
Products
Nanotools: Supporting Technologies & IndustriesCapital equipment & software used to visualize, manipulate, & model at the nanoscale
Carbon Nanotubes
Quantum Dots
NanoMaterials
NanoIntermediates
CoatingsCell phones
Fullerenes
Metal Nanoparticles
Sensors
Composites
Electronics & IT
Materials & Mfg.
Nano-Enabled Products
Final ProductMarkets
Sunscreen
Sporting Goods
PharmaceuticalsHealth & Medical
Diagnostics
Standards
Fabrication
Finance & Funding Risk & Safety Intellectual PropertyResearch
Nanoporous
Dendrimers
Displays
Nanowires
Memory
Solar Cells
Batteries
Vehicles
Modeling Inspection
Energy
Institutional/Contract
Filtration
Nanotechnology Value Chain
Drug Delivery
Ceramic Nanoparticle
Nanostructured Metal
Therapeutics
Retail/Consumer
Industrial
Source: Frederick, Stacey (2009): Duke University, Center on Globalization, Governance, & Competitiveness (CGGC)
Services
Nanoscale structures inunprocessed
form
Intermediate products
with nanoscale features
Finished Goods
Incorporating Nanotechnology
Distribution & Sales
Channels
Markets forNano-Enabled
Products
Nanotools: Supporting Technologies & Industries
External Environment: societal factors, government, NGOs, consumers
Carbon Nanotubes
Quantum Dots
NanoMaterials
NanoIntermediates
Coatings Cell phone
Fullerenes
Nanoparticles
Sensors
Composites
Military
Apparel
Construction
Nano-Enabled Products
Distribution & Sales
Final ProductMarkets
Sunscreen
Sporting Goods
Pharmaceuticals Medical
Wholesale
Full Package
Retail
ContractChips
U.S. DoD
Capital equipment & software used to visualize, manipulate, & model at the nanoscale
EPA FDA NSFGovernment: NNI
Source: Frederick, Stacey (2009): Duke University, Center on Globalization, Governance, & Competitiveness (CGGC)
Nanotechnology Value Chain
Powerpoint template for nanotechnology value chain
• You can use this template as a basis for building a visual representation of the value chain for a specific nanomaterial, product or industry
• Please be sure leave the reference at the bottom, to credit the source: Frederick, Stacey (2009): Duke University, Center on Globalization, Governance, & Competitiveness (CGGC)
